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    EEC 160: Signal Analysis and Communications

    Fall 2013

    General Information:

    Instructor: Qing Zhao, 3165 Kemper Hall. Email: [email protected] Yixuan Zhai. Email: [email protected] and Place: MW 4:106:00, CHEM 176.Office Hour: M: 2:30-4:00, 3165 Kemper Hall.TA Office Hour: T&R: 5:30-6:30, 3089 Kemper Hall.Course Webpage: SmartSite.

    Textbook:

    B.P. Lathi, Z. Ding Modern Digital and Analog Communications Systems, 4th edition, 2009.

    Prerequisite:

    EEC 150A.

    Course Description:

    Signal analysis and design. Fourier series and transforms. Time-sampling, convolution, and fil-tering; spectral density. Analog and digital modulation: carrier-amplitude, carrier-frequency, andpulse-amplitude; analysis and design.

    1. Review: signals, Fourier transform, and Fourier series (Ch.2.1-2.9, 3.1-3.3)

    2. System transform and filtering (Ch.3.4-3.7)

    3. Amplitude modulation and demodulation (Ch.4.1-4.8)

    4. Angle modulation and demodulation (Ch.5.1-5.5)

    5. Sampling and PCM (Ch.6.1-6.6)

    6. Pulse amplitude modulation (Ch.7.1-7.3)

    Homework:

    Assigned every Wednesday, due by 6:30pm the following Wednesday in the HW box locatedin 2131 Kemper Hall.

    Work individually. No late homework will be accepted.

    Each set is weighted equally.

    Each problem in a homework set is worth 5 points, with points allocated as follows:

    Correct: 4Minor error: 3Major error: 2Attempted: 1Neatness: +1

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    EEC 160: Signal Analysis and Communications. Fall 2013. 2

    Computer Assignment: Computer assignment will involve the use of MATLAB/SIMULINK.You must submit plots with the listings of your MATLAB/SIMULINK program/diagram. ECEcomputer labs may be accessed.

    4-5 sets; due by 6:30pm on Fridays in the HW box located in 2131 Kemper Hall.

    Work individually. No late report will be accepted.

    Each set is weighted equally.

    Your report should include

    goals of the experiment;

    basic analytical derivations;

    basic steps followed;

    results observed;

    explanation of your results;

    MATLAB code.

    Exams:

    One mid-term exam and one final exam with the following schedule:

    Midterm: Wednesday, November 6, in class.Final: Friday, December 13, 3:30-5:30

    All exams are closed-book. You are allowed to bring one and two double-sided 8 .5 11 cheatsheets for Midterm and final exam, respectively. Calculators are allowed.

    Requests for make-up exams will only by approved in cases where strong written justificationis provided. Acceptable justification includes illness (confirmed in writing by a physician) andpersonal problems (confirmed by personnel at the Counselling Center). Except for suddensevere illness, such request must be presented to the instructor in advance..

    All grades are final and non-negotiable except for grading errors. In order to correct a gradingerror, the original examination paper must be returned to the instructor within a week witha brief note explaining the grading error and a signed statement attesting that the test paperhas not been altered in any way.

    Grading:

    Homework: 15%

    Computer Assignment: 15%Midterm: 30%Final: 40%